Browsing by Keywords "Optical computing"
Now showing items 1-7 of 7
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Active Nanophotonics
(IEEE, 2020)Being able to manipulate and control light flows at small scales holds the promise to open groundbreaking opportunities for a variety of technologies. Consider, for instance, the challenges currently faced in the world of ... -
Effect of fractional Fourier transformation on time-frequency distributions belonging to the Cohen class
(Institute of Electrical and Electronics Engineers, 1996-02)We consider the Cohen (1989) class of time-frequency distributions, which can be obtained from the Wigner distribution by convolving it with a kernel characterizing that distribution. We show that the time-frequency ... -
Elements of a hybrid interconnection theory
(Optical Society of America, 1994-05-10)We present a textbooklike treatment of hybrid systems employing both optical and electrical interconnections. We investigate how these two different interconnection media can be used in conjunction to realize a system not ... -
Optical information processing: A historical overview
(Academic Press, 2021-12)Optical information processing lies at the intersection of optics and signal processing. It involves the processing of optical information as well as the use of optical means to process information, the later being the ... -
Optical-coordinate transformation methods and optical-interconnection architectures
(Optical Society of America, 1993)The analogy between optical one-to-one point transformations and optical one-to-one interconnections is discussed. Methods for performing both operations are reviewed and compared. The multifacet and multistage architectures ... -
Scaling of diffractive and refractive lenses for optical computing and interconnections
(Optical Society of America, 1994-06-10)We discuss both numerically and analytically how the space-bandwidth product and the information density of lenses scale as functions of their diameter and f-number over many orders of magnitude. This information may be ... -
Toward an optimal foundation architecture for optoelectronic computing. Part I: Regularly interconnected device planes
(Optical Society of America, 1997-08-10)By systematically examining the tree of possibilities for optoelectronic computing architectures and offering arguments that allow one to prune suboptimal branches of this tree, I come to the conclusion that electronic ...
